Filament Winding Resin

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MOQ : 35 Kilograms

Filament Winding Resin Specification

Type
Other

CAS No
9003-36-5

EINECS No
500-006-8

Grade
Industrial Grade

Purity(%)
89%

Application
For Industrial

Color
Light Yellow

Form
Liquid

Density
1.1-1.2 g/cm3

Gel Time
20-30 minutes at 25C

Curing Time
2-3 hours at Room Temperature

Tensile Strength
70 MPa

Mixing Ratio
Resin : Hardener = 100 : 30 (by weight)

Shelf Life
12 months

Chemical Resistance
Excellent against acids and alkalis

Storage Condition
Store in cool, dry place, away from direct sunlight

Viscosity
800-1200 cps at 25C

Filament Winding Resin Trade Information

Minimum Order Quantity
35 Kilograms

Payment Terms
Letter of Credit at Sight (Sight L/C), Letter of Credit (L/C), Telegraphic Transfer (T/T), Cheque

Supply Ability
100 Kilograms Per Day

Delivery Time
1 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Main Domestic Market
Andhra Pradesh, Karnataka, Pondicherry, Telangana, South India, Goa, Kerala, Tamil Nadu

Filament Winding Resin About

Supported by automatic production type facility, we have established ourselves as a prominent manufacturer, supplier and exporter of Filament Winding Resin. These are designed and made by our dexterous professionals for filament winding applications. Being a medium reactivity orthophthalic resin, it is formulated for composites of filament winding grp. The filaments made using Filament Winding Resin are suitable for manufacturing tanks, pipes, poles and allied products.

Demanded for following attributes:

Higher electrical strength
Good mechanical strength
Excellent resistance against chemicals

We Mainly Deals In Karnataka, Tamil Nadu, Kerala, Telangana, Andhra Pradesh , Pundicherry, Goa Only.

Outstanding Mechanical Properties

With a tensile strength of 70 MPa and a density of 1.1-1.2 g/cm3, this resin is tailored for applications demanding robust structural integrity. The carefully formulated composition ensures durability and maintains performance even in challenging environments.

Excellent Chemical Resistance

Engineered for industrial use, the resin offers superior resistance to acids and alkalis, preserving composite components against chemical degradation. This property extends the longevity of products manufactured with the resin, making it ideal for sectors where chemical exposure is routine.

Efficient and Safe Application Process

The product features a manageable mixing ratio of 100:30 (resin to hardener by weight) and a low viscosity, allowing for smooth processing, especially in filament winding. The room temperature curing system (2-3 hours cure time, 20-30 minutes gel time) enhances productivity and safety on the shop floor.

FAQ's of Filament Winding Resin:

Q: How should the filament winding resin be mixed and applied?

A: The resin should be combined with the hardener at a 100:30 weight ratio and mixed thoroughly until uniform. Its low viscosity (800-1200 cps) ensures it penetrates fibers well, making it ideal for filament winding. Application is straightforward and can be carried out at room temperature for efficient processing.

Q: What is the recommended storage condition for optimal shelf life?

A: To achieve the 12-month shelf life, store the resin in a cool, dry location away from direct sunlight. Ensuring the container remains sealed will also protect product quality and prevent contamination or premature curing.

Q: When does the resin typically start to gel, and how long is the full curing process?

A: The resin begins to gel within 20-30 minutes at 25C after mixing. Full cure is reached within 2-3 hours at room temperature, allowing for rapid turnaround in manufacturing processes.

Q: Where is this resin best utilized and what are its main industrial applications?

A: This resin is specifically formulated for industrial-grade filament winding processes. It is well-suited to manufacturing pipes, tanks, and structural composites that require both high strength and chemical resistance.

Q: What are the benefits of using this particular resin in composite fabrication?

A: Users benefit from excellent mechanical properties, high chemical resistance, and straightforward processing. Its reliable curing profile and strong adhesion capabilities enhance productivity and end-product performance, especially in chemically aggressive or mechanically demanding environments.

Q: How does the resin maintain durability against chemical exposure?

A: With excellent resistance to acids and alkalis, the resin preserves the integrity of your composites, preventing structural damage and extending the service life of components exposed to harsh chemicals.

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